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Ionpure IP LXM30Z-5 Deionized Water Environmental Management System Feed Water Conductivity 40 ΜS/cm 4-11 PH Range
The Ionpure LX-Z-5 modules, enhanced in chlorine tolerance, are meticulously crafted for an extensive array of industrial deionized water applications and markets. These encompass boiler makeup water for power plants, pharmaceutical pure water, water for hydrocarbon and chemical processing (HPI/CPI)...
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IONPURE CEDI Module IP-LXM18Z-5 edi module Dissolved organic matter Minimum Flow > 17 MW-cm Maximum Flow > 7 MW-cm
IP-LXM18Z is a commonly utilized model of the American IONPURE Siemens EDI module. This EDI module boasts a water output exceeding 1T/H and is capable of operating continuously for 24 hours. It features a long service life and high water quality. Provided that the inlet water quality meets the ...
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IonPure IP-LXM45Z-4 Industrial Electrodeionization Module 4-11pH Range Application Industrial / Power
The VNX module was developed to curtail the expense of establishing high flow rate CEDI systems and to facilitate the adoption of a clean, environmentally friendly technology in preference to chemically regenerated mixed bed ion exchange systems. CEDI modules with higher flow rates enable easier ...
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Evoqua IP-LXM45Z-1 Industrial Electrodeionization Module Flow 5.1m3/H(22.5gpm/Ft2) Product Resistivity 16MΩ/Cm
The VNX module was developed to lower the cost associated with constructing high flow rate CEDI systems and to simplify the selection of a clean, environmentally harmonious technology instead of chemically regenerated mixed bed ion exchange systems. Higher flow rate CEDI modules make piping and ...
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IonPure IP-LXM45Z-1 Distinguished Industrial Electrodeionization Module Product Resistivity 16MΩ/Cm Flow 5.1m3/H(22.5gp
The VNX module was developed with the aim of reducing the cost involved in building high flow rate CEDI systems and facilitating the choice of a clean and environmentally friendly technology over chemically regenerated mixed bed ion exchange systems. CEDI modules with higher flow rates simplify ...
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IonPure IP-LXM30Z-1 Industrial Electrodeionization Module Product Resistivity 16 MΩ/Cm 4-11 PH Range Flow 3.4 M3/H
The VNX module was developed with the aim of reducing the cost associated with constructing high flow rate CEDI systems and facilitating the selection of a clean and environmentally compatible technology over chemically regenerated mixed bed ion exchange systems. The higher flow rate of CEDI modules ...
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Veolia™ E-Cell* EDI MK-3MiniHT:Ultrapure Water 1.14 m³/h Flow, Resistivity≥10(Pharm.)MOhm-cm/≥16(Ind.)MOhm-cm EDI System
Veolia's innovative E-Cell* electrodeionization (EDI) technology effectively eliminates residual salts and ionizable aqueous species, including carbon dioxide, silica, ammonia, and boron, from water sources. The core of this technology lies in the EDI stack, a vital component in the construction of ...
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Veolia E-Cell* EDI MK-3PharmHT Stack edi module Flow 3.4 m³/h (15 gpm), A Conductivity Below 109µs/Cm edi systems
Veolia's E-Cell* electrodeionization (EDI) technology efficiently removes residual salts and ionizable species like carbon dioxide, silica, ammonia, and boron from water sources. Central to this technology is the EDI stack, and Veolia offers diverse options to suit a wide range of applications. ...
